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- W3150554603 abstract "A thorough understanding of the microscopic picture of heat conduction in solids is critical to a broad range of applications, from thermal management of microelectronics to more efficient thermoelectric materials. The transport properties of phonons, the major microscopic heat carriers in semiconductors and insulators, particularly their scattering mechanisms, have been a central theme in microscale heat conduction research. In the past two decades, significant advancements have been made in computational and experimental efforts to probe phonon-phonon, phonon-impurity, and phonon-boundary scattering channels in detail. In contrast, electron-phonon scatterings were long thought to have negligible effects on thermal transport in most materials under ambient conditions. This article reviews the recent progress in first-principles computations and experimental methods that show clear evidence for a strong impact of electron-phonon interaction on phonon transport in a wide variety of technologically relevant solid-state materials. Under thermal equilibrium conditions, electron-phonon interactions can modify the total phonon scattering rates and renormalize the phonon frequency, as determined by the imaginary part and the real part of the phonon self-energy, respectively. Under nonequilibrium transport conditions, electron-phonon interactions can affect the coupled transport of electrons and phonons in the bulk through the “phonon/electron drag” mechanism as well as the interfacial thermal transport. Based on these recent results, we evaluate the potential use of electron-phonon interactions to control thermal transport in solids. We also provide an outlook on future directions of computational and experimental developments." @default.
- W3150554603 created "2021-04-13" @default.
- W3150554603 creator A5014781661 @default.
- W3150554603 creator A5065783770 @default.
- W3150554603 creator A5087485117 @default.
- W3150554603 date "2021-04-03" @default.
- W3150554603 modified "2023-10-16" @default.
- W3150554603 title "Impact of Electron-Phonon Interaction on Thermal Transport: A Review" @default.
- W3150554603 cites W1550186202 @default.
- W3150554603 cites W1919259405 @default.
- W3150554603 cites W1963728435 @default.
- W3150554603 cites W1973751801 @default.
- W3150554603 cites W1976046550 @default.
- W3150554603 cites W2002557334 @default.
- W3150554603 cites W2007245521 @default.
- W3150554603 cites W2012181596 @default.
- W3150554603 cites W2016194479 @default.
- W3150554603 cites W2018073061 @default.
- W3150554603 cites W2019393208 @default.
- W3150554603 cites W2019490594 @default.
- W3150554603 cites W2019883184 @default.
- W3150554603 cites W2023126044 @default.
- W3150554603 cites W2023978863 @default.
- W3150554603 cites W2030976617 @default.
- W3150554603 cites W2031056282 @default.
- W3150554603 cites W2036275833 @default.
- W3150554603 cites W2040004424 @default.
- W3150554603 cites W2041842211 @default.
- W3150554603 cites W2043209861 @default.
- W3150554603 cites W2045372895 @default.
- W3150554603 cites W2045462689 @default.
- W3150554603 cites W2046483183 @default.
- W3150554603 cites W2047043021 @default.
- W3150554603 cites W2049862697 @default.
- W3150554603 cites W2051743106 @default.
- W3150554603 cites W2052380806 @default.
- W3150554603 cites W2053325473 @default.
- W3150554603 cites W2067983335 @default.
- W3150554603 cites W2073957510 @default.
- W3150554603 cites W2078881104 @default.
- W3150554603 cites W2084895780 @default.
- W3150554603 cites W2088127449 @default.
- W3150554603 cites W2092042905 @default.
- W3150554603 cites W2125923877 @default.
- W3150554603 cites W2150537978 @default.
- W3150554603 cites W2151752974 @default.
- W3150554603 cites W2158588569 @default.
- W3150554603 cites W2161591557 @default.
- W3150554603 cites W2162591946 @default.
- W3150554603 cites W2176688416 @default.
- W3150554603 cites W2209235726 @default.
- W3150554603 cites W2230728100 @default.
- W3150554603 cites W2270979631 @default.
- W3150554603 cites W2310390902 @default.
- W3150554603 cites W2324689618 @default.
- W3150554603 cites W2430173869 @default.
- W3150554603 cites W2484776042 @default.
- W3150554603 cites W2530996527 @default.
- W3150554603 cites W2540482047 @default.
- W3150554603 cites W2565240211 @default.
- W3150554603 cites W2567394376 @default.
- W3150554603 cites W2570237954 @default.
- W3150554603 cites W2747119489 @default.
- W3150554603 cites W2766175954 @default.
- W3150554603 cites W2781521688 @default.
- W3150554603 cites W2790213709 @default.
- W3150554603 cites W2830336612 @default.
- W3150554603 cites W2858456515 @default.
- W3150554603 cites W2874003014 @default.
- W3150554603 cites W2896681271 @default.
- W3150554603 cites W2898466932 @default.
- W3150554603 cites W2899878694 @default.
- W3150554603 cites W2939811665 @default.
- W3150554603 cites W2940657799 @default.
- W3150554603 cites W2944506826 @default.
- W3150554603 cites W2955769218 @default.
- W3150554603 cites W2956769745 @default.
- W3150554603 cites W2963268520 @default.
- W3150554603 cites W2999360818 @default.
- W3150554603 cites W3005929793 @default.
- W3150554603 cites W3008940697 @default.
- W3150554603 cites W3018320095 @default.
- W3150554603 cites W3023373836 @default.
- W3150554603 cites W3035402868 @default.
- W3150554603 cites W3047122834 @default.
- W3150554603 cites W3083238741 @default.
- W3150554603 cites W3101661549 @default.
- W3150554603 cites W3103474468 @default.
- W3150554603 cites W3108705506 @default.
- W3150554603 cites W3109467095 @default.
- W3150554603 cites W3116800649 @default.
- W3150554603 cites W4254624278 @default.
- W3150554603 cites W4255142127 @default.
- W3150554603 doi "https://doi.org/10.1080/15567265.2021.1902441" @default.
- W3150554603 hasPublicationYear "2021" @default.
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